tilting furnace hydraulic cylinder Sold to Azerbaijan

This article mainly introduces:

Azerbaijan hydraulic cylinder,tilting furnace hydraulic cylinder manufacturer,tilting furnace hydraulic cylinder

(Azerbaijan tilting furnace hydraulic cylinder,produced by Hengyu Group）

tilting furnace hydraulic cylinder are widely used in Azerbaijan，because of excellent fatigue and impact resistance，smooth movement，high work efficiency.So our company has designed tilting furnace hydraulic cylinder for customers from Azerbaijan.

Introduction to tilting furnace hydraulic cylinder:

When the tilting furnace hydraulic cylinder thrust is insufficient, check the hydraulic circuit for leaks. Including leakage of valves and hydraulic lines. The inspection method is to check and eliminate the leakage of the hydraulic connection line by manipulating the reversing valve. Also consider the relief valve. If the relief valve enters the dirt and jams the spool, so that the relief valve is normally open, the hydraulic oil will flow directly back to the tank through the relief valve bypass, resulting in no oil in the tilting furnace hydraulic cylinder. If the load is too large, although the regulating pressure of the relief valve has reached the maximum rating, the tilting furnace hydraulic cylinder still cannot get the thrust required for continuous action without action. If the regulating pressure is low, the pressure is insufficient to achieve the required vertebra force, which is manifested as insufficient thrust. Check and adjust the relief valve at this time.

Before the tilting furnace hydraulic cylinder is removed, the relief valve should be loosened to reduce the pressure of the hydraulic circuit to zero, and then the power supply should be cut off to stop the hydraulic device. After loosening the oil port piping, the oil plug should be applied to plug the oil port.

The pressure of the sliding surface of the tilting furnace hydraulic cylinder piston is too large, resulting in sintering. The piston tilts due to the weight of the piston rod, resulting in the phenomenon of non-stiffness, or the pressure of the sliding surface of the piston rises due to the action of the transverse load, which will cause sintering. In the design of the tilting furnace hydraulic cylinder must study its working conditions, the length of the piston and bushing and the size of the clearance must be fully paid attention to.

There are some honeycomb holes in the inner wall of the tilting furnace hydraulic cylinder, piston or piston rod surface. How is this formed? When we repair the tilting furnace hydraulic cylinder, we can see that there are some honeycomb holes on the inner wall of the tilting furnace hydraulic cylinder, the piston or the piston rod surface, which are caused by cavitation. Therefore, the cavitation of the tilting furnace hydraulic cylinder is targeted to prevent. Is very necessary.

Answers to some questions about tilting furnace hydraulic cylinder:

When the hydraulic cylinder changes from fast to slow, how can the slow speed become more even and the speed can be adjusted?
Reversing valve set 2 reversing valves. The back of one valve goes directly to the cylinder, running at full speed for fast action. Add a speed control valve behind the other valve, and then connect to the cylinder to achieve slow action, you can adjust the opening of the speed control valve, to achieve the speed of the cylinder can be adjusted. An import speed control valve to more than 1,000 yuan, if you think it is too expensive, you can also use the throttle valve instead. However, the throttle valve is greatly affected by the load change.

What is the difference between single acting hydraulic cylinder and double acting hydraulic cylinder?
Single action hydraulic cylinder is a single direction force work, the return of the plunger depends on itself or the weight of the mechanism to return. The double acting hydraulic cylinder is mainly different from the extension and retraction of the piston (the thrust and tension of the saying), which are all operated by the action of liquid pressure.